The computing power, orders of magnitude beyond that of classical computers, will have a revolutionary impact across many sectors. Artificial intelligence will leverage this power for deeper and more complex analyses, while Big Data management will reach new levels of efficiency. The simulation of complex systems, from climate models to biological ecosystems, will become incredibly precise and detailed.
These quantum-based systems promise to solve problems in extremely short times, problems that are currently deemed unsolvable, fundamentally transforming every aspect of our daily lives. In scientific research, we may witness major breakthroughs in the development of new drugs and personalized medicine. Cybersecurity will evolve into new forms of protection, while industrial processes will benefit from unprecedented optimizations. Even everyday applications we use could be revolutionized by this technology.
However, while "Q-Day" – the moment quantum computers can break current cryptographic protocols – still appears to be in the distant future, cybersecurity remains an urgent challenge today.
Conventional threats continue to pose concrete and daily risks. Cybercriminals constantly exploit vulnerabilities in complex systems through phishing attacks, DDoS attacks, and password breaches to target sensitive data and critical operations.
In this evolving landscape, data protection requires a comprehensive and multilayered approach. Robust encryption is only the first line of defense, followed by rigorous password management and continuous system monitoring. Staff training is crucial, as the human factor often represents the most vulnerable link in the security chain.
ITEC addresses these challenges with a holistic protection approach, enabling companies not only to face current threats but also to prepare for future dangers. It is no longer just about reacting to attacks but proactively preventing them.
Photo: One of the quantum computers used by Google.(Google Quantum AI)